clang-format 21.1.2 out of memory

[tancheng1988]

LLVM ERROR: out of memory
Allocation failed
PLEASE submit a bug report to https://github.com/llvm/llvm-project/issues/ and include the crash backtrace.
Stack dump:
0. Program arguments: clang-format.21.1.2 envdep.h
Stack dump without symbol names (ensure you have llvm-symbolizer in your PATH or set the environment var LLVM_SYMBOLIZER_PATH to point to it):
0 (error) 0x00000000004534b3
1 (error) 0x0000000000450f45
2 (error) 0x0000000000454476
3 (error) 0x0000000000463690
4 (error) 0x00000000004635ff
5 (error) 0x0000000000404342
6 (error) 0x0000000000424c7f
7 (error) 0x00000000004282b9
8 (error) 0x00000000004becea
9 (error) 0x00000000004bda56
10 (error) 0x00000000004d9290
11 (error) 0x00000000004bc917
12 (error) 0x00000000004912e2
13 (error) 0x000000000049165d
14 (error) 0x000000000040b958
15 (error) 0x0000000000409642
16 (error) 0x0000000000644fd9
17 (error) 0x00000000004068de
Aborted

[llvmbot]

@llvm/issue-subscribers-clang-format

Author: tancheng2019 (tancheng1988)

LLVM ERROR: out of memory
Allocation failed
PLEASE submit a bug report to https://github.com/llvm/llvm-project/issues/ and include the crash backtrace.
Stack dump:
0. Program arguments: clang-format.21.1.2 envdep.h
Stack dump without symbol names (ensure you have llvm-symbolizer in your PATH or set the environment var LLVM_SYMBOLIZER_PATH to point to it):
0 (error) 0x00000000004534b3
1 (error) 0x0000000000450f45
2 (error) 0x0000000000454476
3 (error) 0x0000000000463690
4 (error) 0x00000000004635ff
5 (error) 0x0000000000404342
6 (error) 0x0000000000424c7f
7 (error) 0x00000000004282b9
8 (error) 0x00000000004becea
9 (error) 0x00000000004bda56
10 (error) 0x00000000004d9290
11 (error) 0x00000000004bc917
12 (error) 0x00000000004912e2
13 (error) 0x000000000049165d
14 (error) 0x000000000040b958
15 (error) 0x0000000000409642
16 (error) 0x0000000000644fd9
17 (error) 0x00000000004068de
Aborted

[EugeneZelenko]

Could you please provide reproducer?

[tancheng1988]

@EugeneZelenko
I didn't find attachemnt, below is the header file.

/******************************************************************16

    (c) COPYRIGHT 1989-1999 by Trillium Digital Systems, Inc.
                      All rights reserved.

 This software is confidential and proprietary to Trillium
 Digital Systems, Inc.  No part of this software may be reproduced,
 stored, transmitted, disclosed or used in any form or by any means
 other than as expressly provided by the written license agreement
 between Trillium and its licensee.

 Trillium warrants that for a period, as provided by the written
 license agreement between Trillium and its licensee, this
 software will perform substantially to Trillium specifications as
 published at the time of shipment and the media used for delivery
 of this software will be free from defects in materials and
 workmanship.

 TRILLIUM MAKES NO OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING
 WITHOUT LIMITATION WARRANTIES OF MERCHANTABILITY OR FITNESS FOR
 A PARTICULAR PURPOSE WITH REGARD TO THIS SOFTWARE OR ANY RELATED
 MATERIALS.

 IN NO EVENT SHALL TRILLIUM BE LIABLE FOR ANY INDIRECT, SPECIAL,
 OR CONSEQUENTIAL DAMAGES IN CONNECTION WITH OR ARISING OUT OF
 THE USE OF, OR INABILITY TO USE, THIS SOFTWARE, WHETHER BASED
 ON BREACH OF CONTRACT, TORT (INCLUDING NEGLIGENCE), PRODUCT
 LIABILITY, OR OTHERWISE, AND WHETHER OR NOT IT HAS BEEN ADVISED
 OF THE POSSIBILITY OF SUCH DAMAGE.

                   Restricted Rights Legend

 This software and all related materials licensed hereby are
 classified as "restricted computer software" as defined in clause
 52.227-19 of the Federal Acquisition Regulation ("FAR") and were
 developed entirely at private expense for nongovernmental purposes,
 are commercial in nature and have been regularly used for
 nongovernmental purposes, and, to the extent not published and
 copyrighted, are trade secrets and confidential and are provided
 with all rights reserved under the copyright laws of the United
 States.  The Government's rights to the software and related
 materials are limited and restricted as provided in clause
 52.227-19 of the FAR.

                IMPORTANT LIMITATION(S) ON USE

 The use of this software is limited to the Use set
 forth in the written License Agreement between Trillium and
 its Licensee. Among other things, the Use of this software
 may be limited to a particular type of Designated Equipment.
 Before any installation, use or transfer of this software, please
 consult the written License Agreement or contact Trillium at
 the location set forth below in order to confirm that you are
 engaging in a permissible Use of the software.

                Trillium Digital Systems, Inc.
              12100 Wilshire Boulevard, suite 1800
                Los Angeles, CA 90025-7118, USA

                    Tel: +1 (310) 442-9222
                    Fax: +1 (310) 442-1162

               Email: tech_support@trillium.com
                 Web: http://www.trillium.com

********************************************************************17/

/******************************************************************20

 Name:     environment dependent

 Type:     C include file

 Desc:     Environment dependent defines required by the
           by TRILLIUM software. The defines in this file need to
           be changed by the customer to reflect the
           processor family under which the TRILLIUM software
           will run.

 File:     envdep.h

 Sid:      envdep.h 1.65  -  08/27/99 15:19:38

 Prg:      na

********************************************************************21/

#ifndef ENVDEPH
#define ENVDEPH

/*

• this software may be combined with the following TRILLIUM
  

• software:
  

• part no.                      description
  

• --------    ----------------------------------------------
  

• 1000001     Physical Layer - SCC
  

• 1000002     Data Link Layer - LAPB
  

• 1000003     Data Link Layer - LAPD
  

• 1000005     Data Link Layer - LAPB & LAPD
  

• 1000006     Network Layer - X.25 Intermediate System
  

• 1000007     Network Layer - X.25 End System
  

• 1000008     Network Layer - X.75
  

• 1000009     Network Layer - Q.930/Q.931
  

• 1000010     Application Layer - Asynchronous PAD
  

• 1000011     Multiprocessor Operating System (MOS)
  

• 1000014     Network Layer - X.25 End & Intermediate System
  

• 1000017     Data Link Layer - Basic Frame Relay
  

• 1000018     Data Link Layer - Extended Frame Relay
  

• 1000019     Data Link Layer - Logical Link Control 1
  

• 1000020     Data Link Layer - Logical Link Control 2
  

• 1000021     Data Link Layer - Logical Link Control 3
  

• 1000023     Network Layer - X.31
  

• 1000024     Signalling System 7 (SS7)
  

• 1000025     SDLC
  

• 1000026     TCP/IP
  

• 1000027     Signalling System 7 - MTP Level 2
  

• 1000028     Signalling System 7 - MTP Level 3
  

• 1000029     Signalling System 7 - ISUP
  

• 1000030     Signalling System 7 - SCCP
  

• 1000031     Signalling System 7 - TCAP
  

• 1000033     Data Link Layer - ADCCP-NRM
  

• 1000034     Physical Layer - ISAC-S
  

• 1000035     68302 MOS/SCC
  

• 1000040     UDP/IP
  

• 1000041     ESCC
  

• 1000042     Signalling System 7 - TUP
  

• 1000043     Network Layer - Q.93B
  

• 1000044     Data Link Layer - Q.SAAL
  

*/

#ifdef __cplusplus
extern "C" {
#endif

/* conversion of MSCDOS and MSCUNIX for backwards compatibility */

#ifdef MSCDOS /* microsoft, dos /
#define ANSI / ansi /
#define DOS / dos /
#define MSC51 / microsoft /
#else / not microsoft, dos /
#ifdef MSCUNIX / microsoft, unix /
#define ANSI / ansi /
#define UNIX / unix /
#define MSC51 / microsoft /
#else / not microsoft, dos or unix */
#endif
#endif

/* ensure microsoft 7.0 backwards compatible with microsoft 5.1 */

#ifdef MSC70
#define MSC51
#endif

/* ensure microsoft 6.0 backwards compatible with microsoft 5.1 */

#ifdef MSC60
#define MSC51
#endif

/* default to sunos 5.1 for sunos */

#ifdef SUNOS
#define SUNOS51
#endif

/* ensure sunos 4.1 backwards compatible with sunos */

#ifdef SUNOS41
#ifndef SUNOS
#define SUNOS
#endif
#endif

/* ensure sunos 5.1 backwards compatible with sunos */

#ifdef SUNOS51
#ifndef SUNOS
#define SUNOS
#endif
#endif

/* ensure elvis backwards compatible with sunos */
#ifdef ELVIS_STACK
#ifndef SUNOS
#define SUNOS
#endif
#endif

#ifdef ELVIS_APP
#ifndef SUNOS
#define SUNOS
#endif
#endif

#ifdef POWER_STACK
#define UNIX
#define AIX
#define PROC_PPC
#endif /* POWER_STACK */

/* Fujitsu ALC evalutation board /
#ifdef ALC_EVAL
#define PROC_68349
#define PROC_68XXX
#define SOLMRI43
#endif / ALC_EVAL */

/* argument manipulation for ansi or non ansi function prototypes */

#ifdef ANSI /* ansi /
#define ARGS(m) m
#else / non ansi */
#define ARGS(m) ()
#endif

/* type definition for ansi or non ansi pointers */
#ifdef ANSI
typedef void Ptr; / ANSI vanilla pointer type definition */
#else
typedef char Ptr; / K&R vanilla pointer type definition */
#endif

/**********************************************************************
memory models
**********************************************************************/

/*
these defines are arranged first by environment (DOS, UNIX, SUNOS or
embedded) followed by compiler (microsoft c, borland, unix or
microtec c) as appropriate.
*/

#ifdef WIN32 /* dos, nt win32 /
#define INTERRPT / interrupt /
#define ASM / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment */

#define M_I86CM /* Intel 80x86 compact model */

#define BIOSKEY _bios_keybrd
#define BIOSTOD _bios_timeofday
#define DOSKEEP _dos_keep
#define DOSGETDATE _dos_getdate
#define DOSGETTIME _dos_gettime
#define DOSDATE dosdate_t
#define DOSTIME dostime_t
#define DOSSIZE size_t
#define DOSENABLE _enable
#define DOSDISABLE _disable
#define DOSGETVECT _dos_getvect
#define DOSSETVECT _dos_setvect
#define DOSINT86 int86
#define DOSINT86X int86x
#define DOSMALLOC malloc
#define DOSEXIT _exit
#define NEAR _NEAR

#define KEYBRD_READY _KEYBRD_READY
#define KEYBRD_READ _KEYBRD_READ
#define TIME_GETCLOCK _TIME_GETCLOCK
#endif /* WIN32 */

#ifdef DOS /* dos /
#ifdef MSC51 / dos, microsoft c /
#ifdef M_I86HM / Intel 80x86 huge model /
#define INTERRPT _interrupt / interrupt /
#else
#define INTERRPT _interrupt far / interrupt /
#endif / M_I86HM /
#define ASM / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment */
#define BIOSKEY _bios_keybrd
#define BIOSTOD _bios_timeofday
#define DOSGETDATE _dos_getdate
#define DOSGETTIME _dos_gettime
#define DOSDATE dosdate_t
#define DOSTIME dostime_t
#define DOSENABLE _enable
#define DOSDISABLE _disable
#define DOSGETVECT _dos_getvect
#define DOSSETVECT _dos_setvect
#define DOSEXIT _exit
#define NEAR _NEAR
#define KEYBRD_READY _KEYBRD_READY
#define KEYBRD_READ _KEYBRD_READ
#define TIME_GETCLOCK _TIME_GETCLOCK

#ifdef M_I86SM /* Intel 80x86 small model /
#define I86SM
#endif / M_I86SM */

#ifdef M_I86MM /* Intel 80x86 medium model /
#define I86MM
#endif / M_I86MM */

#ifdef M_I86CM /* Intel 80x86 compact model /
#define I86CM
#endif / M_I86CM */

#ifdef M_I86LM /* Intel 80x86 large model /
#define I86LM
#endif / M_I86LM */

#ifdef M_I86HM /* Intel 80x86 huge model /
#define I86HM
#endif / M_I86HM /
#else / not MSC51*/
#ifdef BOR31 /* dos, borland c /
#define INTERRPT _interrupt far / interrupt /
#define ASM / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment */

#define I86LM /* Intel 80x86 large model */

#define BIOSKEY _bios_keybrd
#define BIOSTOD _bios_timeofday
#define DOSKEEP _dos_keep
#define DOSGETDATE _dos_getdate
#define DOSGETTIME _dos_gettime
#define DOSDATE dosdate_t
#define DOSTIME dostime_t
#define DOSSIZE size_t
#define DOSENABLE _enable
#define DOSDISABLE _disable
#define DOSGETVECT _dos_getvect
#define DOSSETVECT _dos_setvect
#define DOSINT86 int86
#define DOSINT86X int86x
#define DOSMALLOC malloc
#define DOSEXIT _exit
#define NEAR _NEAR

#define KEYBRD_READY _KEYBRD_READY
#define KEYBRD_READ _KEYBRD_READ
#define TIME_GETCLOCK _TIME_GETCLOCK
#else /* not BOR31 /
#endif / BOR31 /
#endif / MSC51 /
#else / not DOS /
#ifdef UNIX / unix /
#define INTERRPT / interrupt /
#define ASM / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment */

#ifdef __alpha /* alpha /
#define ALPHA
#undef OTHMOD
#endif / __alpha /
#else / not UNIX /
#ifdef SUNOS / sun os /
#define PROC_SPARC / sparc model /
#define UNIX / unix */

#define INTERRPT /* interrupt /
#define ASM / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#else / not SUNOS /
#ifdef MOTADS / embedded, motorola ads /
#define PROC_68302 / enable 68302 specific defines /
#define M68 / motorola 68000 */

#ifdef DOSMRI42D /* DOS microtec c cross-compiler /
#define MRI68K / microtec 68K c compiler /
#define INTERRPT interrupt / interrupt /
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push environment /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop environment /
#endif / DOSMRI42D */

#ifdef SOLMRI43 /* solaris microtec c cross-compiler /
#define MRI68K / microtec 68K c compiler /
#define INTERRPT interrupt / interrupt /
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push environment /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop environment /
#endif / SOLMRI43 */

#ifdef SOLOAS186 /* solaris oasys c cross-compiler /
#define INTERRPT / interrupt /
#ifdef ANSI
#define ASM __asm / in-line assembly code /
#else / not ANSI /
#define ASM asm / in-line assembly code /
#endif / ANSI /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#endif / SOLOAS186 */

#else /* not MOTADS /
#ifdef ELVIS / elvis specific (not sun os) /
#define M68 / motorola 68000 */

#ifdef DOSMRI42D /* DOS microtec c cross-compiler /
#define MRI68K / microtec 68K c compiler /
#define INTERRPT interrupt / interrupt /
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push environment /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop environment /
#endif / DOSMRI42D */

#ifdef SOLMRI43 /* solaris microtec c cross-compiler /
#define MRI68K / microtec 68K c compiler /
#define INTERRPT interrupt / interrupt /
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push environment /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop environment /
#endif / SOLMRI43 */

#ifdef SOLOAS186 /* solaris oasys c cross-compiler /
#define INTERRPT / interrupt /
#ifdef ANSI
#define ASM __asm / in-line assembly code /
#else / not ANSI /
#define ASM asm / in-line assembly code /
#endif / ANSI /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#endif / SOLOAS186 */

#else /* not ELVIS */

#ifdef MSC51 /* embedded, microsoft c /
#ifdef M_I86HM / Intel 80x86 huge model /
#define INTERRPT _interrupt / interrupt /
#else / not M_I86HM /
#define INTERRPT _interrupt far / interrupt /
#endif / M_I86HM /
#define ASM / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment */
#define BIOSKEY _bios_keybrd
#define BIOSTOD _bios_timeofday
#define DOSGETDATE _dos_getdate
#define DOSGETTIME _dos_gettime
#define DOSDATE dosdate_t
#define DOSTIME dostime_t
#define DOSENABLE _enable
#define DOSDISABLE _disable
#define DOSGETVECT _dos_getvect
#define DOSSETVECT _dos_setvect
#define DOSEXIT _exit
#define NEAR _NEAR

#define KEYBRD_READY _KEYBRD_READY
#define KEYBRD_READ _KEYBRD_READ
#define TIME_GETCLOCK _TIME_GETCLOCK

#ifdef M_I86SM /* Intel 80x86 small model /
#define I86SM
#endif / M_I86SM */

#ifdef M_I86MM /* Intel 80x86 medium model /
#define I86MM
#endif / M_I86MM */

#ifdef M_I86CM /* Intel 80x86 compact model /
#define I86CM
#endif / M_I86CM */

#ifdef M_I86LM /* Intel 80x86 large model /
#define I86LM
#endif / M_I86CM */

#ifdef M_I86HM /* Intel 80x86 huge model /
#define I86HM
#endif / M_I86HM /
#else / not MSC51 /
#ifdef BOR31 / embedded, borland c /
#define INTERRPT / interrupt /
#define ASM / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#define I86LM / Intel 80x86 large model */

#define BIOSKEY _bios_keybrd
#define BIOSTOD _bios_timeofday
#define DOSKEEP _dos_keep
#define DOSGETDATE _dos_getdate
#define DOSGETTIME _dos_gettime
#define DOSDATE dosdate_t
#define DOSTIME dostime_t
#define DOSSIZE size_t
#define DOSENABLE _enable
#define DOSDISABLE _disable
#define DOSGETVECT _dos_getvect
#define DOSSETVECT _dos_setvect
#define DOSINT86 int86
#define DOSINT86X int86x
#define DOSMALLOC malloc
#define DOSEXIT _exit
#define NEAR _NEAR

#define KEYBRD_READY _KEYBRD_READY
#define KEYBRD_READ _KEYBRD_READ
#define TIME_GETCLOCK _TIME_GETCLOCK
#else /* not BOR31 /
#ifdef DOSMRI42D / dos microtec c cross-compiler /
#define MRI68K / microtec 68K c compiler /
#define INTERRPT interrupt / interrupt /
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push environment /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop environment /
#ifdef _M68
#define M68 / motorola 68000 /
#endif / _M68 /
#else / DOSMRI42D /
#ifdef SOLMRI43 / solaris microtec c cross-compiler /
#define MRI68K / microtec 68K c compiler /
#define INTERRPT interrupt / interrupt /
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push environment /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop environment /
#ifdef _M68
#define M68 / motorola 68000 /
#endif / _M68 /
#else / not SOLMRI43 /
#ifdef SOLOAS186 / solaris oasys c cross-compiler /
#define INTERRPT / interrupt /
#ifdef ANSI
#define ASM __asm / in-line assembly code /
#else / not ANSI /
#define ASM asm / in-line assembly code /
#endif / ANSI /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#ifdef m68k / motorola 68000 series /
#define M68 / motorola 68000 /
#endif / m68k /
#else / not SOLOAS186 /
#ifdef MOTDCI_68360
#define M68
#define PROC_68XXX
#define PROC_68360
#ifdef GNUC
#define INTERRPT
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#else
#ifdef _MCC68K
#define INTERRPT interrupt
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push env /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop env /
#endif / _MCC68K /
#endif / GNUCC /
#else
#ifdef QUICCADS
#define M68
#define PROC_68XXX
#define PROC_68360
#ifdef GNUC
#define INTERRPT
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#else / not gnu cc /
#ifdef _MCC68K
#define INTERRPT interrupt
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push env /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop env /
#endif / _MCC68K /
#endif / GNUCC /
#else
#ifdef ALC_EVAL
#ifdef SOLMRI43
#define MRI68K / microtec 68K c compiler /
#define INTERRPT interrupt / interrupt /
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push environment /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop environment /
#ifdef _M68
#define M68 / motorola 68000 /
#endif / _M68 /
#endif / SOLMRI43 /
#else
#ifdef GSIP302
#define M68
#define PROC_68XXX
#define PROC_68302
#ifdef GNUC
#define INTERRPT
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#else / not gnu cc /
#ifdef _MCC68K
#define INTERRPT interrupt
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push env /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop env /
#endif / _MCC68K /
#endif / GNUCC /
#else / not GSIP302 /
#ifdef VB_360
#define M68
#define PROC_68XXX
#define PROC_68360
#ifdef GNUC
#define INTERRPT
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#else
#ifdef _MCC68K
#define INTERRPT interrupt
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV ASM(" movem.l d2-d7/a2-a6,-(a7)") / isr push env /
#define ISR_POP_ENV ASM(" movem.l (a7)+,d2-d7/a2-a6") / isr pop env /
#endif / _MCC68K /
#endif / GNUCC /
#else / not VB_360 /
#ifdef PQ_PPC860 / Force PowerQUICC board /
#define PROC_PPC / any PowerPC processor /
#define PROC_PPC860 / MPC860 processor /
#ifdef GNUC / gnu C compiler /
#define INTERRPT
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#else
#ifdef _MCCPPC / microtech C compiler /
#define INTERRPT
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push env /
#define ISR_POP_ENV / isr pop env /
#endif / _MCC68K /
#endif / GNUCC /
#else / NOT PQ_PPC860 /
#ifdef PCORE
#define PROC_PPC
#define PROC_PPC604
#ifdef GNUC
#define INTERRPT
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push environment /
#define ISR_POP_ENV / isr pop environment /
#else
#ifdef _MCCPPC
#define INTERRPT
#define ASM asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push env /
#define ISR_POP_ENV / isr pop env /
#endif / _MCCPPC /
#endif / GNUCC /
#else / PCORE /
#ifdef SS_PS / pSOS RTOS /
#define INTERRPT
#define ASM __asm / in-line assembly code /
#define ISR_PUSH_ENV / isr push env /
#define ISR_POP_ENV / isr pop env /
#else / not SS_PS /
#ifdef MCP750
#define UNIX
#define PROC_PPC
#ifdef GNUC
#define INTERRPT
#define ASM asm
#define ISR_PUSH_ENV
#define ISR_POP_ENV
#endif
#else
#ifdef QUATTRO
#define UNIX
#define PROC_PPC
#define PROC_PPC860
#ifdef GNUC
#define INTERRPT
#define ASM asm
#define asm asm
#define inline inline
#define ISR_PUSH_ENV
#define ISR_POP_ENV
#endif
#else
#define OTHMOD / other model /
#endif / QUATTRO /
#endif / MCP750 /
#endif / SS_PS /
#endif / PCORE /
#endif / PQ_PPC860 /
#endif / VB_360 /
#endif / GSIP302 /
#endif / ALC_EVAL /
#endif / QUICCADS /
#endif / MOTDCI_68360 /
#endif / SOLOAS186 /
#endif / SOLMRI43 /
#endif / DOSMRI42D /
#endif / BOR31 /
#endif / MSC51 /
#endif / ELVIS /
#endif / MOTADS /
#endif / SUNOS /
#endif / UNIX /
#endif / DOS */

/**********************************************************************
typedefs
**********************************************************************/

/*
these typedefs are arranged first by environment (DOS, UNIX or
embedded) followed by compiler (microsoft c, borland c, unix or
microtec c) as appropriate.
*/

#ifdef DOS /* dos /
#ifdef MSC51 / dos, microsoft c */

typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef int S16; /* signed - 16 bits /
typedef unsigned int U16; / unsigned - 16 bits */

typedef long S32; /* signed - 32 bits /
typedef unsigned long U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */

#ifndef TEST_HARNESS_LMGCC
typedef Void (INTERRPT PIF) (void ); / pointer to interrupt function /
#endif / TEST_HARNESS_LMGCC */

#else /* not MSC51 /
#ifdef BOR31 / dos, borland c */

typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef int S16; /* signed - 16 bits /
typedef unsigned int U16; / unsigned - 16 bits */

typedef long S32; /* signed - 32 bits /
typedef unsigned long U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */

#ifndef TEST_HARNESS_LMGCC
typedef Void (INTERRPT far PIF) (void ); / pointer to interrupt function /
#endif / TEST_HARNESS_LMGCC */

#else /* not BOR31 /
#endif / BOR31 /
#endif / MSC51 /
#else / not DOS /
#ifdef UNIX / unix */

typedef unsigned char Bool; /* boolean */

typedef char S8; /* signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

#ifndef ALPHA
typedef long S32; /* signed - 32 bits /
#ifndef APP_64BIT
typedef unsigned long U32; / unsigned - 32 bits /
#else
typedef unsigned int U32; / unsigned - 32 bits /
#endif
typedef unsigned long long U64; / unsigned - 64 bits /
#else / ALPHA /
typedef int S32; / signed - 32 bits /
typedef unsigned int U32; / unsigned - 32 bits /
typedef long long S64; / signed - 64 bits /
typedef unsigned long long U64; / unsigned - 64 bits /
#endif / ALPHA */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning VOID */

#ifndef TEST_HARNESS_LMGCC
#ifndef S_SPLINT_S
typedef Void (INTERRPT PIF) (void ); / pointer to interrupt function /
#else / S_SPLINT_S */
typedef Void (PIF) (void ); / pointer to interrupt function /
#endif / S_SPLINT_S /
#endif / TEST_HARNESS_LMGCC */

#else /* not UNIX /
#ifdef PROC_68302 / embedded, motorola ads /
#ifdef DOSMRI42D / dos microtec c cross-compiler */

typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef int S32; /* signed - 32 bits /
typedef unsigned int U32; / unsigned - 32 bits */

#ifndef ANSI
/* size_t is not defined, for some odd reason, in mcc68k's stddef.h /
typedef unsigned size_t; / size_t /
#endif / not ANSI */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void /
typedef Void VOID; / void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
typedef Void (PIF) (void ); / pointer to interrupt function */

#else /* not DOSMRI42D /
#ifdef SOLMRI43 / solaris microtec c cross-compiler */

typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef int S32; /* signed - 32 bits /
typedef unsigned int U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void /
typedef Void VOID; / void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
typedef Void (PIF) (void ); / pointer to interrupt function */

#else /* not SOLMRI43 /
#ifdef SOLOAS186 / solaris oasys c cross-compiler */

typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef int S32; /* signed - 32 bits /
typedef unsigned int U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void /
typedef Void VOID; / void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
#ifndef TEST_HARNESS_LMGCC
typedef Void (INTERRPT PIF) (void ); / pointer to interrupt function /
#endif / TEST_HARNESS_LMGCC /
#else / not SOLOAS186 /
#ifdef GNUC / if GNUC cross compiler */

typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef int S32; /* signed - 32 bits /
typedef unsigned int U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void /
typedef Void VOID; / void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
#ifndef TEST_HARNESS_LMGCC
typedef Void (INTERRPT PIF) (void ); / pointer to interrupt function /
#endif / TEST_HARNESS_LMGCC /
#else / not GNUC /
#endif / __GNUC /
#endif / SOLOAS186 /
#endif / SOLMRI43 /
#endif / DOSMRI42D /
#else / not PROC_68302 */
#ifdef PROC_68040

#ifdef SOLMRI43 /* solaris microtec c cross-compiler /
typedef unsigned char Bool; / boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef int S32; /* signed - 32 bits /
typedef unsigned int U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void /
typedef Void VOID; / void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
typedef INTERRPT Void (PIF) (void); / pointer to interrupt function /
#endif / SOLMRI43 /
#else / not PROC_68040 */
#ifdef PROC_68360

typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef long S32; /* signed - 32 bits /
typedef unsigned long U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
typedef INTERRPT Void (PIF) (void ); / pointer to interrupt function */

#else /* not PROC_68360 */

#ifdef WIN32
typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef int S32; /* signed - 32 bits /
typedef unsigned int U32; / unsigned - 32 bits */

typedef long S64; /* signed - 64 bits /
typedef unsigned long U64; / unsigned - 64 bits /
/
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
#ifndef TEST_HARNESS_LMGCC
typedef Void (INTERRPT PIF) (void ); / pointer to interrupt function /
#endif / TEST_HARNESS_LMGCC */

#else /* not WIN32 /
#ifdef PROC_68349
typedef unsigned char Bool; / boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef long S32; /* signed - 32 bits /
typedef unsigned long U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
typedef INTERRPT Void (PIF) (void ); / pointer to interrupt function */

#else /* not PROC_68349 */

#ifdef PROC_PPC
typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef long S32; /* signed - 32 bits /
typedef unsigned long U32; / unsigned - 32 bits /
typedef unsigned long long U64; / unsigned - 64 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
typedef INTERRPT Void (PIF) (void ); / pointer to interrupt function */

#else /* not PROC_PPC */

#ifdef SS_PS
typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef short S16; /* signed - 16 bits /
typedef unsigned short U16; / unsigned - 16 bits */

typedef long S32; /* signed - 32 bits /
typedef unsigned long U32; / unsigned - 32 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */
#ifndef TEST_HARNESS_LMGCC
typedef Void (INTERRPT PIF) (void ); / pointer to interrupt function /
#endif / TEST_HARNESS_LMGCC */

#else /* not SS_PS */

typedef unsigned char Bool; /* boolean /
typedef char S8; / signed - 8 bits /
typedef unsigned char U8; / unsigned - 8 bits */

typedef int S16; /* signed - 16 bits /
typedef unsigned int U16; / unsigned - 16 bits */

typedef long S32; /* signed - 32 bits /
typedef unsigned long U32; / unsigned - 32 bits /
typedef unsigned long long U64; / unsigned - 64 bits */

/*
void

note: if typedef Void is set to S16 then RETVOID must be set
to: return(ROK). if typedef Void is set to void then RETVOID
must be set to: return
*/

typedef void Void; /* void */

typedef S8 (PFS8) (void ); / pointer to function returning S8 */
typedef S16 (PFS16) (void ); / pointer to function returning S16 */
typedef S32 (PFS32) (void ); / pointer to function returning S32 */
typedef Void (PFVOID) (void ); / pointer to function returning Void */

#endif /* SS_PS /
#endif / PROC_PPC /
#endif / PROC_68349 /
#endif / WIN32 /
#endif / PROC_68360 /
#endif / PROC_68040 /
#endif / PROC_68302 /
#endif / UNIX /
#endif / DOS */

/* scope control keywords */

#ifdef PUBLIC
#undef PUBLIC
#define PUBLIC /* public is c default scope /
#else / not PUBLIC /
#define PUBLIC
#endif / PUBLIC */

#ifdef PRIVATE
#undef PRIVATE
#define PRIVATE static /* private is c static scope /
#else / not PRIVATE /
#define PRIVATE static / private is c static scope /
#endif / PRIVATE */

#ifdef EXTERN
#undef EXTERN
#define EXTERN extern
#else /* not EXTERN /
#define EXTERN extern
#endif / EXTERN */

#ifdef ANSI
#define CONSTANT const /* constant /
#else
#define CONSTANT
#endif / ANSI */

#ifdef _MCC68K /* microtec 68K cross compiler */

#ifdef VOLATILE
#undef VOLATILE
#define VOLATILE volatile /* volatile */
#else
#define VOLATILE volatile
#endif

#if _STR_CMP(_VERSION,"4.4") >= 0 /* MCC68K only, check version /
#ifdef INLINE
#undef INLINE
#define INLINE inline / inline /
#else / not INLINE /
#define INLINE inline / inline /
#endif / INLINE /
#else
#define INLINE / no inline /
#endif / __STR_CMP /
#else / not _MCC68K /
#ifdef GNUC
#ifndef STRICT_ANSI
#ifdef INLINE
#undef INLINE
#define INLINE inline
#else / not inline /
#define INLINE inline
#endif / INLINE /
#else / not strict ansi /
#ifdef INLINE
#undef INLINE
#define INLINE
#else / not inline /
#define INLINE
#endif / INLINE /
#endif / __STRICT_ANSI /
#ifdef VOLATILE
#undef VOLATILE
#define VOLATILE volatile / volatile /
#else / volatile /
#define VOLATILE volatile
#endif
#else / not gnuc /
#ifdef WIN32
#ifdef VOLATILE
#undef VOLATILE
#define VOLATILE volatile
#else / VOLATILE /
#define VOLATILE volatile
#endif / VOLATILE */

#ifdef INLINE
#undef INLINE
#define INLINE
#else
#define INLINE
#endif /* INLINE /
#else / not WIN32 */

#ifdef VOLATILE
#undef VOLATILE
#define VOLATILE /* volatile /
#else
#define VOLATILE / volatile /
#endif / VOLATILE */

#ifdef INLINE
#undef INLINE
#define INLINE
#else
#define INLINE
#endif /* INLINE */

#endif /* WIN32 /
#endif / GNUC /
#endif / _MCC68K */

#ifdef __cplusplus
#ifdef INLINE
#undef INLINE
#endif
#define INLINE
#endif

/**********************************************************************
prototypes for sprintf
**********************************************************************/
#ifndef TEST_HARNESS_LMGCC
#ifndef STDIO_INCLD

#ifdef SUNOS41
EXTERN char sprintf (char buffer, CONSTANT char format, / args / ...);
#else
#ifdef SUNOS51
EXTERN int sprintf (char s, CONSTANT char format, / args / ... );
#else / not SUNOS51 /
#ifdef _MCC68K
EXTERN Void sprintf (S8 outbuf, S8 fmt, / args / ...); / td68k.x /
#else
/ other os /
#ifdef WIN32
EXTERN int sprintf (char buffer,const char format, / args / ...);
#else
#ifdef VW
EXTERN int sprintf (char buffer,const char format, / args / ...);
#else
#ifdef SS_PS
EXTERN int sprintf (char buffer,const char format, / args / ...);
#endif / SS_PS /
#endif / VW /
#endif / WIN32 /
#endif / _MCC68K /
#endif / SUNOS51 /
#endif / SUNOS41 /
#endif / STDIO_INCLD /
#endif / TEST_HARNESS_LMGCC /
/*********************************************************
defines for pointers, pointer sizes, stack alignment and registers
**********************************************************************/

/*
defines are provided for: intel 80x86 small, intel 80x86 medium,
intel 80x86 compact, intel 80x86 large, intel huge, motorola 68000,
sparc, vax and other processors.
*/

#ifdef I86SM /* Intel 80x86 small model */

#define NULLP 0 /* null pointer /
#define NULLD 0L / null data /
#define PTR U16 / pointer /
#define PTRSIZE sizeof(U16) / pointer size /
#define STKALIGN 2 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 / register 3 /
#define REG4 / register 4 /
#define REG5 / register 5 /
#define REG6 / register 6 /
#define REG7 / register 7 /
#define REG8 / register 8 - lowest priority */

#define FAR /* for small model /
#define PTRSTRIDE 1 / stride /
#define MEM_SEG / memory - segmented /
#endif / I86SM */

#ifdef I86MM /* Intel 80x86 medium model */

#define NULLP 0 /* null pointer /
#define NULLD 0L / null data /
#define PTR U16 / pointer /
#define PTRSIZE sizeof(U16) / pointer size /
#define STKALIGN 2 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 / register 3 /
#define REG4 / register 4 /
#define REG5 / register 5 /
#define REG6 / register 6 /
#define REG7 / register 7 /
#define REG8 / register 8 - lowest priority */

#define FAR /* for medium model /
#define PTRSTRIDE 1 / stride /
#define MEM_SEG / memory - segmented /
#endif / I86MM */

#ifdef I86CM /* Intel 80x86 compact model */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
/ #define PTRFAR pointer far /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 / register 3 /
#define REG4 / register 4 /
#define REG5 / register 5 /
#define REG6 / register 6 /
#define REG7 / register 7 /
#define REG8 / register 8 - lowest priority */

#define FAR far /* for compact model /
#define PTRSTRIDE 1 / stride /
#define MEM_SEG / memory - segmented /
#endif / I86CM */

#ifdef I86LM /* Intel 80x86 large model */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
#define PTRFAR / pointer far /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 / register 3 /
#define REG4 / register 4 /
#define REG5 / register 5 /
#define REG6 / register 6 /
#define REG7 / register 7 /
#define REG8 / register 8 - lowest priority */

#define FAR far /* for large model /
#define PTRSTRIDE 1 / stride /
#define MEM_SEG / memory - segmented /
#endif / I86LM */

#ifdef I86HM /* Intel 80x86 huge model */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
#define PTRFAR / pointer far /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 / register 3 /
#define REG4 / register 4 /
#define REG5 / register 5 /
#define REG6 / register 6 /
#define REG7 / register 7 /
#define REG8 / register 8 - lowest priority */

#define FAR far /* for huge model /
#define PTRSTRIDE 1 / stride /
#define MEM_SEG / memory - segmented /
#endif / I86HM */

#ifdef PROC_68XXX /* Motorola 68040 model */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
/ #define PTRFAR pointer far /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 register / register 3 /
#define REG4 register / register 4 /
#define REG5 register / register 5 /
#define REG6 register / register 6 /
#define REG7 register / register 7 /
#define REG8 register / register 8 - lowest priority */

#define FAR /* for large model */

#ifdef PROC_68302
#define PTRSTRIDE 2 /* stride (simulation case: e.g. for elvis) /
#else
#ifdef PROC_68040
#define PTRSTRIDE 4 / stride (simulation case: e.g. for elvis) /
#else / other /
#define PTRSTRIDE 4 / stride (simulation case: e.g. for elvis) /
#endif / PROC_68040 /
#endif / PROC_68302 */

#define MEM_NONSEG /* memory - non-segmented /
#endif / PROC_68XXX */

#ifdef PROC_SPARC /* SPARC */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
/ #define PTRFAR pointer far /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 register / register 3 /
#define REG4 register / register 4 /
#define REG5 register / register 5 /
#define REG6 register / register 6 /
#define REG7 register / register 7 /
#define REG8 register / register 8 - lowest priority */

#define FAR /* for large model /
#define PTRSTRIDE 4 / stride /
#define MEM_NONSEG / memory - non-segmented /
#endif / PROC_SPARC */

#ifdef VAX /* VAX */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
/ #define PTRFAR pointer far /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 register / register 3 /
#define REG4 register / register 4 /
#define REG5 register / register 5 /
#define REG6 register / register 6 /
#define REG7 register / register 7 /
#define REG8 register / register 8 - lowest priority */

#define FAR /* for large model /
#define PTRSTRIDE 2 / stride /
#define MEM_NONSEG / memory - non-segmented */
#endif

#ifdef ALPHA /* ALPHA */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U64 / pointer /
#define PTRSIZE sizeof(U64) / pointer size /
/ #define PTRFAR pointer far /
#define STKALIGN 8 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 register / register 3 /
#define REG4 register / register 4 /
#define REG5 register / register 5 /
#define REG6 register / register 6 /
#define REG7 register / register 7 /
#define REG8 register / register 8 - lowest priority */

#define FAR /* for large model /
#define PTRSTRIDE 2 / stride /
#define MEM_NONSEG / memory - non-segmented */
#endif

#ifdef PROC_68360 /* Motorola 68040 model */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
/ #define PTRFAR pointer far /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 register / register 3 /
#define REG4 register / register 4 /
#define REG5 register / register 5 /
#define REG6 register / register 6 /
#define REG7 register / register 7 /
#define REG8 register / register 8 - lowest priority */

#define FAR /* for large model */

#define PTRSTRIDE 4 /* stride (simulation case: e.g. for elvis) /
#define MEM_NONSEG / memory - non-segmented /
#endif / PROC_68360 */

#ifdef PROC_PPC /* SPARC */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data */

/* also defined in lynx4/usr/include/ansidecl.h /
#ifndef PTR
#define PTR U32 / pointer */
#endif

#define PTRSIZE sizeof(U32) /* pointer size /
/ #define PTRFAR pointer far /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 register / register 3 /
#define REG4 register / register 4 /
#define REG5 register / register 5 /
#define REG6 register / register 6 /
#define REG7 register / register 7 /
#define REG8 register / register 8 - lowest priority */

#define FAR /* for large model /
#define PTRSTRIDE 4 / stride /
#define MEM_NONSEG / memory - non-segmented /
#endif / PROC_PPC */

#ifdef SS_PS /* 32-bit pSOS /
#define NULLP 0L / null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 register / register 3 /
#define REG4 register / register 4 /
#define REG5 register / register 5 /
#define REG6 register / register 6 /
#define REG7 register / register 7 /
#define REG8 register / register 8 - lowest priority */

#define FAR /* for large model /
#define PTRSTRIDE 4 / stride /
#endif / SS_PS */

#ifdef OTHMOD /* All other models */

#define NULLP 0L /* null pointer /
#define NULLD 0L / null data /
#define PTR U32 / pointer /
#define PTRSIZE sizeof(U32) / pointer size /
#define STKALIGN 4 / stack alignment */

#define REG1 register /* register 1 - highest priority /
#define REG2 register / register 2 /
#define REG3 register / register 3 /
#define REG4 register / register 4 /
#define REG5 register / register 5 /
#define REG6 register / register 6 /
#define REG7 register / register 7 /
#define REG8 register / register 8 - lowest priority */

#define FAR /* for large model /
#define PTRSTRIDE 2 / stride /
#define MEM_NONSEG / memory - non-segmented */
#endif

/* pointer alignment macro */

#define PTRALIGN(s) ((PTR)(s) % PTRSTRIDE ? ((PTR)(s) + (PTRSTRIDE - ((PTR)(s) % PTRSTRIDE))) : (PTR)(s))
/*

• This macro (DATAALIGN) should only be used in our
• static memory algorithms (SGetSBuf).
• Otherwise, use at your own risk!
  */
  #define DATAALIGN(s) ((Size)(s) % PTRSTRIDE ? ((Size)(s) - (PTRSTRIDE - ((Size)(s) % PTRSTRIDE))) : (Size)(s))

/* message function type macro */

typedef U32 MFTYPE;

/* typedef and defines for argument manipulation */

typedef char *ARGTYPE;

#define ARG(argp,type) ((type)argp)

#define ARGINC(argp,type) argp=(ARGTYPE)(argp + (sizeof(type) < STKALIGN ? STKALIGN : sizeof(type)))

/* Unused function parameter macro /
#ifndef NO_ENVDEP_UNUSED
#ifdef UNUSED
#undef UNUSED
#define UNUSED(x) (x=x)
#else
#define UNUSED(x) (x=x)
#endif / UNUSED /
#endif / NO_ENVDEP_UNUSED */

/**********************************************************************
defines for trace
**********************************************************************/

/*
trace macros are at the beginning of each function. they may
be used for debugging purposes. the trace macros are turned on
by the following command line option:

TRACE0 - trace mos support functions
TRACE1 - trace mos interface functions
TRACE2 - trace layer support functions
TRACE3 - trace layer interface functions
TRACE4 - trace interrupt service functions

*/

#ifdef TRACE0 /* trace 0 - mos support functions /
#ifdef ANSI / ansi /
#ifndef LYNXOS_KERNEL
#define TRC0(a) printf(#a "\n");
#else
#define TRC0(a) kkprintf(#a "\n");
#endif
#else / not ansi */
#define TRC0(a) ;
#endif
#else
#define TRC0(a) ;
#endif

#ifdef TRACE1 /* trace 1 - mos interface functions /
#ifdef ANSI / ansi /
#ifndef LYNXOS_KERNEL
#define TRC1(a) printf(#a "\n");
#else / not ansi /
#define TRC1(a) kkprintf(#a "\n");
#endif
#else / not ansi */
#define TRC1(a) ;
#endif
#else
#define TRC1(a) ;
#endif

#ifdef TRACE2 /* trace 2 - layer support functions /
#ifdef ANSI / ansi /
#ifndef LYNXOS_KERNEL
#define TRC2(a) printf(#a "\n");
#else
#define TRC2(a) kkprintf(#a "\n");
#endif
#else / not ansi */
#define TRC2(a) ;
#endif
#else
#define TRC2(a) ;
#endif

#ifdef TRACE3 /* trace 3 - layer interface functions /
#ifdef ANSI / ansi /
#ifndef LYNXOS_KERNEL
#define TRC3(a) printf(#a "\n");
#else
#define TRC3(a) kkprintf(#a "\n");
#endif
#else / not ansi */
#define TRC3(a) ;
#endif
#else
#define TRC3(a) ;
#endif

#ifdef TRACE4 /* trace 4 - interrupt service functions /
#ifdef ANSI / ansi /
#ifndef LYNXOS_KERNEL
#define TRC4(a) printf(#a "\n");
#else
#define TRC4(a) kkprintf(#a "\n");
#endif
#else / not ansi */
#define TRC4(a) ;
#endif
#else
#define TRC4(a) ;
#endif

/**********************************************************************
returns
**********************************************************************/

#define RETVOID return /* void /
#define RETVALUE(v) return(v) / return value /
/

The following defines are used as switches throughout the
TRILLIUM software

PORTVER Portable version
MOSVER MOS version

LCINT Loosely coupled - isdn network layer
TCINT Tightly coupled - isdn network layer
LCXNT Loosely coupled - x.25 network layer
TCXNT Tightly coupled - x.25 network layer
LCDAT Loosely coupled - data link layer
TCDAT Tightly coupled - data link layer
LCMAC Loosely coupled - mac layer
TCMAC Tightly coupled - mac layer
LCLM Loosely coupled - layer management
TCLM Tightly coupled - layer management

ANSI ansi

DOS dos environment
UNIX unix environment

MSC51 microsoft c 5.1 compiler
MSC60 microsoft c 6.0 compiler
MSC70 microsoft c 7.0 compiler
DOSMRI42D dos microtec c 4.2D cross-compiler
SOLMRI43 solaris microtec c 4.3 cross-compiler
SOLOAS186 solaris oasys 1.8.6 cross-compiler
BOR31 borland c 3.1 compiler

SUNOS sun os environment
SUNOS41 sun os 4.1 environment and compiler
SUNOS51 sun os 5.1 environment and compiler

MSCDOS microsoft c, DOS environment - being phased out
MSCUNIX microsoft c, UNIX environment - being phased out

UC2 Franklin UC2A interface
WT3 Retix WT-330 interface
FUT Dassault AT-FUT interface
MDP Dassault MOS/Driver interface

ERRCHK Error check

TRC0 Trace 0 - MOS support functions
TRC1 Trace 1 - MOS interface functions
TRC2 Trace 2 - layer support functions
TRC3 Trace 3 - layer interface functions
TRC4 Trace 4 - interrupt service functions

X28X29 X.28 and X.29 support

*/

#ifdef __cplusplus
}
#endif

#endif /* ENVDEPH */

/******************************************************************30

     End of file: envdep.h 1.65  -  08/27/99 15:19:38

********************************************************************31/

/******************************************************************40

    Notes:

********************************************************************41/

/******************************************************************50

********************************************************************51/

/******************************************************************60

    Revision history:

********************************************************************61/

/******************************************************************70

version initials description

---

1.1.0.0 jrl 1. initial release.

1.2.0.0 jrl 2. miscellaneous changes.

1.3.0.0 jrl 1. add stringizing operator to trace macros.
2. remove elif to improve portability

1.4.0.0 jrl 1. add support for Borland Turbo C
2. make defines for various memory models
generic to improve portability

1.5.0.0 jrl 1. add microsoft unix support
2. text changes

1.6.0.0 jrl 1. add typedefs for UNIX support
2. add PTRFAR for UNIX support
3. text changes

1.7.0.0 jrl 1. add argument manipulation for ansi or
non ansi function prototypes
2. separate MSCDOS and MSCUNIX into consituent
parts, MSC, DOS, UNIX and add usage of
ANSI to make protocol layers independent of
MSC, DOS and UNIX. Protocol layers will
be dependent on ANSI or non ANSI. MOS will
be dependent DOS, UNIX and ANSI or non ANSI.
improves portability.
3. text changes
4. remove Borland Turbo C support

1.8 mma 1. add FAR define for memory models
mma 3. support of GNU compiler (define EXTERN), and
MSC60 define
jrl 4. trillium development system checkpoint (dvs)
at version: 1.7.0.0
jrl 5. remove octStrg typedef and move to gen.x

1.9 gp 1. created Void typedef (in addition to VOID)
gp 2. unix case, replaced typedef void VOID with
typedef S16 VOID
jrl 3. text changes
jrl 4. add RETVOID define
jrl 5. add CONSTANT define

1.10 kgi 1. add environment define for Motorola ADS and
microtec compiler
mma 2. eliminate nesting of MSC51 over UNIX so that
UNIX alone will suffice

1.11 jrl 1. added Void for MOTADS

1.12 jrl 1. add MSC51 to other case for model section

1.13 nkk 1. changed the unordered pair of lines from:
typedef void VOID;
typedef void Void;
to the ordered pair of lines:
typedef void Void;
typedef Void VOID;
as well as the comments which refered to them.
nkk 2. delete the following products from the "combined
with" list:
Multilink, Spanning Tree, ISO IP (End System),
and ISO IP (Intermediate System).
nkk 3. add the following products to the "combined
with" list:
MOS, SDLC, MTP Level 2,
MTP Level 3, ISUP, TCAP, ADCCP-NRM,
SNMP Agent, SNMP Tools, SNMP Package,
SCARF, and ESCC.
mma 4. use "far" in INTERRUPT macro only when I86LM
is defined.
nkk 5. define "I86LM" when BOR31.
jrl 6. add compatibility for MSC70 and BOR31
jrl 7. text changes

********************************************************************71/

/******************************************************************80

version pat init description

---

1.14 --- jrl 1. text changes

1.15 --- jrl 1. add support for sun os, sparc and borland c.
borland c not fully tested yet.

1.16 --- jrl 1. add INTERRUPT to PIF typedefs
--- jrl 2. change void to Void for PIF typedefs
--- jrl 3. add INTERRUPT to BOR31
--- jrl 4. change S16 to void and return(ROK) to
return for embedded not motorola

1.17 --- nkk 1. remove INTERRUPT from MOTADS PIF typedef.
--- mma 2. add MS_STRIDE for pointer boundary alignment

1.18 --- nkk 1. remove "#define ANSI" after "#ifdef MOTADS".
--- nkk 2. move MRI68K and PROC_68302 defines from after
"backward compatibility" section to the
"memory models" section.
--- jrl 3. add SUNOS41 and SUNOS51 backward compatibility

1.19 --- jrl 1. text changes

1.20 --- nkk 1. add ISR_PUSH_ENV and ISR_POP_ENV macros
--- jrl 2. add PTRALIGN macro
--- jrl 3. change MS_STRIDE to PTRSTRIDE

1.21 --- jrl 1. add MEM_SEG and MEM_NONSEG for segmented and
non-segmented processors

1.22 --- nkk 1. change I86LM to I86HM for MSC51 for PIF
typedef

1.23 --- nkk 1. move I86HM from typedef to INTERRUPT define

1.24 --- lc 1. text changes

1.25 --- nkk 1. added support for solaris MRI and solaris
oasys c-compilers.

1.26 --- nkk 1. added TRC4 for interrupt service routines

1.27 --- nkk 1. remove (again, see 1.17) INTERRUPT from MOTADS
PIF typedefs (DOSMRI42D and SOLMRI43).
--- nkk 2. define unconditionally M68 if MOTADS is defined.

1.28 --- nkk 1. define MRI68K when SOLMRI43 or DOSMRI42D.

1.29 --- nkk 1. added TRACE5 for call stack debugging.
--- nkk 2. removed size_t typedef.
--- nkk 3. changed return(ROK) to return and Void to void
for UNIX.
--- jrl 4. add VAX processor

1.30 --- jrl 5. add prototype for sprintf

1.31 --- jrl 1. default SUNOS to SUNOS51

1.32 --- jrl 1. add support for ALPHA processor

1.33 --- fmg 1. add VOLATILE

1.34 --- fmg 1. add and change defines for Borland C

1.35 --- jrl 1. remove PTRFAR from SPARC, VAX, M68, ALPHA

1.36 --- nkk 1. add elvis support for sparc, 68040 and 68302
processors.
--- nkk 2. made M68 and SPARC exclusive over PTRSTRIDE
--- nkk 3. added M68-SUNOS-PTRSTRIDE (with a value 4)
to allow simulation of M68 processor on
the sun.
--- nkk 4. defined PTRFAR only for DOS large/huge models.

1.37 --- fmg 1. wrapped sprintf declaration within
#ifndef STDIO_INCLD #endif
--- jrl 2. add DATAALIGN define
--- bn 3. add MFTYPE typdef
--- bn 4. remove interrupt for Microtec 68k
--- mc 5. renamed SPARC to be SPARC_MOD.
--- mc 6. added "#ifdef VW" surrounding "typedef Void
VOID" and "prototype for sprintf".

1.38 --- jrl 1. add interrupt for Microtec 68k

1.39 --- fmg 1. changed SPARC_MOD to PROC_SPARC for
consistency with ELVIS.
--- fmg 2. removed typedef VOID
--- fmg 3. updated for ELVIS compatibility
--- fmg 4. changed INTERRUPT to INTERRPT for
compatibility with RMX environment
--- fmg 5. changed 680X0 to 68XXX

1.40 --- fmg 1. added typedef for ALPHA S32,U32,S64, and U64
(Change Log Id: ENVDEPH1_39ID000)

1.41 --- nkk 1. added ANSI/K&R Ptr typedef.
--- fmg 2. added UNUSED macro

1.42 --- fmg 1. added support for 68360

1.43 --- fmg 1. added support for QUICCADS

1.44 --- vk 1. WIN32 changes

1.45 --- rg 1. added "#undef OTHMOD" to #ifdef ALPHA.

1.46 --- fmg 1. added INLINE defines

1.47 --- fmg 1. added comments around GNUC

1.48 --- fmg 1. changes to vxworks prototypes

1.49 --- fmg 1. added support for POWER_STACK --
UNIX,AIX,PROC_PPC

1.50 --- sa 1. corrected nested comments.

1.51 --- fmg 1. added ARGS around sprintf for SUNOS

1.52 --- fmg 1. added support for ALC_EVAL and PROC_68349

1.53 --- kr 1. added VOLATILE and INLINE macros for WIN32
--- kr 2. changed typedefs of S16 and S32 for WIN32
--- kr 3. added VOLATILE macro for GNUC

********************************************************************81/

/******************************************************************90

ver       pat    init                  description

---

1.54 --- fmg 1. fixed DATAALIGN macro (it was broken).
--- ash 2. added support for GSIP302
--- ash 3. added support for GNUC compiler in PROC_68302
--- ash 4. correction in ifdef sequence just after
PROC_68302

1.55 --- apr 1. miscellaneous changes.

1.56 --- skr 1. introduced PROC_PPC & PQUICCADS for MPC860
1.57 --- bbk 1. Changed copyright header date.

1.58 --- ada 1. Added Voiceboard (VB_360) and PowerQUICC
(PQ_PPC860, PROC_PPC680) sections
--- ada 2. Removed define for ELVIS_PPC
--- mb 3. Added section for PCORE

1.59 --- kp 1. Added extern "C" for making this file C++
compilable

1.61 --- ada 1. Added comments

1.62 --- ada 1. Added pSOS (SS_PS) section

1.63 --- tej 1. Change in header

1.64 --- bsr 1. Added U64 and S64 for WIN32

1.65 --- vrp 1. added the inline assembly macro in SS_PS
section and removed the I_ENTER/I_RETURN
macros in SS_PS section.
********************************************************************91/

[tancheng1988]

Below is mine clang-format config file.

BasedOnStyle: LLVM # Base style template. Options: LLVM, Google, Chromium, Mozilla, WebKit, Microsoft, GNU, InheritParentConfig
AccessModifierOffset: -2 # Indentation offset for access modifiers (public/private/protected) relative to class members. Integer value
AlignAfterOpenBracket: Align # Controls alignment after opening brackets. Options: Align, DontAlign, AlwaysBreak
AlignConsecutiveAssignments: false # Aligns the equal signs of consecutive assignments. true/false
AlignConsecutiveDeclarations: false # Aligns the type or variable names of consecutive declarations. true/false
AlignConsecutiveMacros: false # Aligns consecutive macro definitions (e.g., #define). true/false
AlignEscapedNewlinesLeft: true # Aligns escaped newlines (\) in multi-line strings to the left. true = align to column 0, false = aligned with indentation
AlignOperands: false # Aligns binary operators (e.g., +, -, =) in multi-line expressions. true/false
AllowShortEnumsOnASingleLine: false # Controls whether short enums can be formatted on a single line. true/false
AlignTrailingComments: false # Aligns trailing comments to the same column. true/false
AlignArrayOfStructures: None # Aligns fields in arrays of structs. Options: None, Left, Right
AllowAllParametersOfDeclarationOnNextLine: false # Allows all parameters of a function declaration to be placed on the next line. true/false
AllowShortBlocksOnASingleLine: false # Allows short blocks (e.g., { return 0; }) to be formatted in a single line. true/false
AllowShortCaseLabelsOnASingleLine: false # Allows short case labels to be on a single line. true/false
AllowShortFunctionsOnASingleLine: All # Allows short functions on a single line. Options: None, InlineOnly, Empty, All
AllowShortIfStatementsOnASingleLine: false # Allows short if statements to be written in one line. true/false
AllowShortLoopsOnASingleLine: false # Allows short loops (for/while) to be written in one line. true/false
AlwaysBreakAfterDefinitionReturnType: None # Forces line break after return type in function definitions. Options: None, All, TopLevel, AllDefinitions
AlwaysBreakAfterReturnType: None # Forces line break after return type in function declarations. Options: None, All, TopLevel
AlwaysBreakBeforeMultilineStrings: false # Forces a line break before multi-line strings. true/false
AlwaysBreakTemplateDeclarations: true # Breaks template declaration parameters into multiple lines. true/false
BinPackArguments: false # Puts as many function call arguments on the same line as possible. true/false
BinPackParameters: false # Puts as many function declaration parameters on the same line as possible. true/false
#BinPackArrays: false # Unsupport yet. Puts as many function declaration parameters on the same line as possible. true/false

BraceWrapping: # Controls line breaks around braces
AfterClass: false # Break after class definitions. true/false
AfterCaseLabel: false # Break after case: labels. true/false
AfterControlStatement: false # Break after if/for/while/switch statements. true/false
AfterEnum: false # Break after enum definitions. true/false
AfterFunction: false # Break after function definitions. true/false
AfterNamespace: false # Break after namespace definitions. true/false
AfterObjCDeclaration: false # Break after Objective-C @interface/@implementation. true/false
AfterStruct: false # Break after struct definitions. true/false
AfterUnion: false # Break after union definitions. true/false
BeforeCatch: false # Break before catch. true/false
BeforeElse: false # Break before else. true/false
IndentBraces: false # Indent braces themselves. true/false

BreakBeforeBinaryOperators: None # Placement of binary operators when breaking lines. Options: None, NonAssignment, All
BreakBeforeBraces: Custom # Controls general brace breaking behavior. Options: Attach, Linux, Mozilla, Stroustrup, Allman, GNU, WebKit, Custom
BreakBeforeTernaryOperators: true # Breaks before ? and : in ternary expressions. true/false
BreakConstructorInitializersBeforeComma: false # Break constructor initializer list before commas. true/false
ColumnLimit: 120 # Maximum allowed characters per line
CommentPragmas: '^ IWYU pragma:' # Regex to ignore formatting on matching comments
ConstructorInitializerAllOnOneLineOrOnePerLine: true # Forces constructor initializers to be either all on one line or each on its own line. true/false
ConstructorInitializerIndentWidth: 4 # Indentation width for constructor initializer lists
ContinuationIndentWidth: 4 # Indent width for wrapped lines
Cpp11BracedListStyle: true # Enables C++11 braced initialization formatting. true/false
DerivePointerAlignment: false # Derives pointer alignment style from the code. true/false
DisableFormat: false # If true, disables formatting entirely. true/false
DeriveLineEnding: false # Do not automatically derive line ending style (e.g., LF vs CRLF) from the source file
ExperimentalAutoDetectBinPacking: false # Experimental: automatically detect optimal packing. true/false
ForEachMacros: [ foreach, Q_FOREACH, BOOST_FOREACH ] # List of macros treated as foreach loops

IncludeBlocks: Regroup # Controls how include blocks are handled. Options: Preserve, Merge, Regroup
IncludeCategories: # Controls ordering of include statements by regex

• Regex: '^<.*\.h>' # Standard C headers (e.g., <stdio.h>)
  Priority: 1
• Regex: '^<.*' # System headers (e.g., , )
  Priority: 2
• Regex: '.*' # Project/local headers (e.g., "myfile.h")
  Priority: 3

IndentCaseLabels: false # Indents case and default labels in switch statements. true/false
IndentPPDirectives: None # Indents preprocessor directives. Options: None, AfterHash, BeforeHash
IndentWidth: 4 # Number of spaces per indentation level
IndentWrappedFunctionNames: false # Indents function names that are split across lines. true/false
InsertNewlineAtEOF: true # Insert a newline at end of file if missing.
KeepEmptyLinesAtTheStartOfBlocks: false # Keeps empty lines at the start of code blocks. true/false
MacroBlockBegin: '' # Start marker for macro formatting region
MacroBlockEnd: '' # End marker for macro formatting region
MaxEmptyLinesToKeep: 1 # Maximum number of consecutive empty lines to retain
NamespaceIndentation: None # Indentation behavior inside namespaces. Options: None, Inner, All
ObjCBlockIndentWidth: 4 # Indentation width for Objective-C blocks
ObjCSpaceAfterProperty: false # Adds space after property in Objective-C. true/false
ObjCSpaceBeforeProtocolList: false # Adds space before protocol list. true/false
PenaltyBreakBeforeFirstCallParameter: 1000000 # Penalty for breaking before the first function call parameter (higher = less likely)
PenaltyBreakComment: 300 # Penalty for breaking comments
PenaltyBreakFirstLessLess: 120 # Penalty for breaking before the first << in a stream
PenaltyBreakAssignment: 1000000 # Penalty for breaking a line at an assignment ('=').
PenaltyBreakString: 1000 # Penalty for breaking within a string literal
PenaltyExcessCharacter: 1000000 # Penalty for exceeding column limit
PenaltyReturnTypeOnItsOwnLine: 60000 # Penalty for placing the return type on its own line
PointerAlignment: Left # Pointer alignment style. Options: Left, Right, Middle
ReflowComments: true # Reflows long comments to fit within column limit. true/false
SortIncludes: false # Whether to sort #include statements. true/false
SortUsingDeclarations: true # Whether to sort using declarations. true/false
SpaceAfterCStyleCast: false # Inserts space after C-style casts. true/false
SpaceBeforeAssignmentOperators: true # Adds space before = in assignments. true/false
SpaceBeforeParens: ControlStatements # Adds space before () in function calls. Options: Never, ControlStatements, Always
SpaceInEmptyParentheses: false # Adds space inside empty parentheses. true/false
SpacesBeforeTrailingComments: 4 # Minimum spaces before trailing comment
SpacesInAngles: false # Adds space inside < > of templates. true/false
SpacesInContainerLiterals: false # Adds space inside container literals (e.g., {1, 2}). true/false
SpacesInCStyleCastParentheses: false # Adds space inside C-style cast parentheses. true/false
SpacesInParentheses: false # Adds space inside regular parentheses. true/false
SpacesInSquareBrackets: false # Adds space inside square brackets. true/false
Standard: Auto # Language standard to use. Options: Auto, c++03, c++11, c++14, c++17, c++20, c++23
TabWidth: 4 # Number of spaces per tab
UseCRLF: false # Use LF ('\n') line endings instead of CRLF ('\r\n') in the formatted output
UseTab: Never # Whether to use tabs. Options: Never, ForIndentation, Always

[tancheng1988]

clang-format -i --style=file -assume-filename=.clang-format envdep.h

clang-format version is 21.1.2.
Looks like clang-format is dropped into dead loop.

[HazardyKnusperkeks]

This is not readable. You would need to provide a better way to get the code, even your .clang-format. A correct code tag, or for such a long file a pastebin or similar.

But I don't think that there will be done anything. Most likely it is because of the massive #if nesting. I think we had an issue like that, but didn't find it. From a glimpse this file does not look like it's edited much, I'd advise to just ignore it for clang-format: https://clang.llvm.org/docs/ClangFormat.html#clang-format-ignore